Add to ORKGIt is well known in Newtonian theory that static self-gravitating perfect fluids in a vacuum are necessarily spherically symmetric. The necessity of spherical symmetry of perfect-fluid static spacetimes with constant density in general relativity is shown
This work is concerned with the finiteness problem for static, spherically symmetric perfect fluids ...
In the present article, a new class of solutions of Einstein field equations is investigated for a s...
In this manuscript, we study the nearly flat approximation of a conformally invariant gravitational ...
The Fluid Ball Conjecture states that a static stellar model is spherically symmetric. This conjec...
A conjecture of many years standing in General Relativity is that static stellar models, under physi...
Ever since Karl Schwarzschild's 1916 discovery of the spacetime geometry describing the interior of ...
Doctor of Philosophy in Applied Mathematics, University of KwaZulu-Natal, Westville, 2018.In this th...
In this thesis four separate problems in general relativity are considered, divided into two separat...
In this thesis four separate problems in general relativity are considered, dividedinto two separate...
The gravitational field equations for a spherical symmetric perfect fluid are completely solved. The...
Thesis (Ph.D.)-University of Natal, Durban, 1993.The study of exact solutions to the Einstein and Ei...
Abstract: We present a new parametric class of spherically symmetric analytic solutions of the gener...
Static spherically symmetric perfect fluid solutions are studied in metric $f(R)$ theories of gravit...
The first static spherically symmetric perfect fluid solution with constant density was found by Sch...
Doctor of Philosophy in Applied Mathematics. University of KwaZulu-Natal, Durban, 2019.Abstract avai...
This work is concerned with the finiteness problem for static, spherically symmetric perfect fluids ...
In the present article, a new class of solutions of Einstein field equations is investigated for a s...
In this manuscript, we study the nearly flat approximation of a conformally invariant gravitational ...
The Fluid Ball Conjecture states that a static stellar model is spherically symmetric. This conjec...
A conjecture of many years standing in General Relativity is that static stellar models, under physi...
Ever since Karl Schwarzschild's 1916 discovery of the spacetime geometry describing the interior of ...
Doctor of Philosophy in Applied Mathematics, University of KwaZulu-Natal, Westville, 2018.In this th...
In this thesis four separate problems in general relativity are considered, divided into two separat...
In this thesis four separate problems in general relativity are considered, dividedinto two separate...
The gravitational field equations for a spherical symmetric perfect fluid are completely solved. The...
Thesis (Ph.D.)-University of Natal, Durban, 1993.The study of exact solutions to the Einstein and Ei...
Abstract: We present a new parametric class of spherically symmetric analytic solutions of the gener...
Static spherically symmetric perfect fluid solutions are studied in metric $f(R)$ theories of gravit...
The first static spherically symmetric perfect fluid solution with constant density was found by Sch...
Doctor of Philosophy in Applied Mathematics. University of KwaZulu-Natal, Durban, 2019.Abstract avai...
This work is concerned with the finiteness problem for static, spherically symmetric perfect fluids ...
In the present article, a new class of solutions of Einstein field equations is investigated for a s...
In this manuscript, we study the nearly flat approximation of a conformally invariant gravitational ...